会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • Oil pump pressure control device
    • 油泵压力控制装置
    • US20080190496A1
    • 2008-08-14
    • US12000747
    • 2007-12-17
    • Yasunori OnoKeiichi KaiKenichi FujikiKosuke Yamane
    • Yasunori OnoKeiichi KaiKenichi FujikiKosuke Yamane
    • F01M1/02F01C1/08
    • F04C14/26F04C2/10F04C2/18F04C14/065Y10T137/86019
    • A device for reducing friction while maintaining characteristics identical to the pressure characteristics of a common oil pump based on provision of a plurality of discharge sources and a newly devised method of switching oil passages. The device is configured from a first discharge passage from a first rotor assembly to an engine, a first return passage that returns to an intake side of the first rotor assembly, a second discharge passage from a second rotor assembly to the engine, a second return passage that returns to an intake side of the second rotor assembly, and a pressure control valve whose valve main body is provided between a discharge port from the second rotor assembly and the first discharge passage. The first discharge passage and the second discharge passage are coupled, and a flow passage control is executed in each of: a low revolution range in a state in which only the first discharge passage and the second discharge passage are open; an intermediate revolution range in a state in which the first discharge passage and second discharge passage are open and the first return passage is closed while the second return passage is open; and a high revolution range in a state in which the second discharge passage is closed while the first discharge passage is open and the first return passage and second return passage are open.
    • 一种用于减少摩擦的装置,同时保持与基于提供多个排放源的普通油泵的压力特性相同的特性,以及新设计的切换油路的方法。 该装置由从第一转子组件到发动机的第一排放通道构成,返回到第一转子组件的进气侧的第一返回通道,从第二转子组件到发动机的第二排出通道,第二回流 通道返回到第二转子组件的进气侧;以及压力控制阀,其阀主体设置在从第二转子组件的排出口和第一排出通道之间。 联接第一排出通道和第二排出通道,并且在只有第一排出通道和第二排出通道打开的状态下,在低转速范围内执行流路控制; 第一排出通道和第二排出通道打开的状态下的中间转速范围和第二返回通道打开时的第一返回通道关闭; 以及在第一排出通道打开并且第一返回通道和第二返回通道打开时第二排出通道关闭的状态下的高转速范围。
    • 4. 发明申请
    • Oil pump pressure control device
    • 油泵压力控制装置
    • US20080253904A1
    • 2008-10-16
    • US12000735
    • 2007-12-17
    • Keiichi KaiKenichi FujikiYasunori Ono
    • Keiichi KaiKenichi FujikiYasunori Ono
    • F04B49/08F04B49/22F04C14/24
    • F04C14/26F04C2/10F04C14/065
    • A device for reducing friction in a variable flow rate oil pump in which two discharge ports are provided and which uses three rotors while maintaining characteristics identical to the pressure characteristics of a common oil pump. The device is configured from a first discharge passage to an engine, a return passage that returns to an intake side of an outer circumferential side rotor, a second discharge passage to the engine, a return passage that returns to an intake side of an inner circumferential side rotor, and a pressure control valve whose valve main body is provided between a discharge port from the inner circumferential side rotor and the first discharge passage. The first discharge passage and second discharge passage are coupled, and a flow passage control is executed in each of: a low revolution range in a state in which only the first discharge passage and the second discharge passage are open; an intermediate revolution range in a state in which the first discharge passage and second discharge passage are open and a first intake side of the return passage is closed while a second intake side of the return passage is open; and a high revolution range in a state in which the second discharge passage is closed while the first discharge passage and the return passage are open.
    • 一种用于减小可变流量油泵中的摩擦的装置,其中设有两个排放口,并且使用三个转子同时保持与普通油泵的压力特性相同的特性。 该装置由从发动机的第一排出通路构成,返回到外周侧转子的吸入侧的返回通路,发动机的第二排出通路,返回到内周侧的吸入侧的返回通路 侧转子和阀主体设置在从内周侧转子的排出口与第一排出通路之间的压力控制阀。 联接第一排出通道和第二排出通道,并且在只有第一排出通道和第二排出通道打开的状态下,在低转速范围内执行流路控制; 在第一排出通道和第二排出通道打开的状态下,在返回通道的第二进气侧打开时,返回通道的第一进气侧关闭的状态下的中间转速范围; 以及在第一排出通道和返回通道打开时第二排出通道关闭的状态下的高转速范围。
    • 6. 发明申请
    • Method for manufacturing trochoid pump and trochoid pump obtained
    • 获得的摆线泵和次摆线泵的制造方法
    • US20090185940A1
    • 2009-07-23
    • US12216954
    • 2008-07-14
    • Kenichi FujikiMasaru AmanoKeiichi KaiTakatoshi Watanabe
    • Kenichi FujikiMasaru AmanoKeiichi KaiTakatoshi Watanabe
    • F04C2/10B23P11/00
    • F04C2/101F04C2/084Y10T29/49236
    • The present invention enables the manufacture of a trochoid pump having a crescent which has been considered theoretically impossible by employing an inner rotor of a trochoid pump. An inner rotor having a predetermined number N of teeth that is equal to or larger than 4 is formed in advance. In order to manufacture an outer rotor with a predetermined number (N plus a natural number equal to or larger than 2) of teeth, row circles that are identical to a drawn circle are disposed so as to bring the row circles into contact with the tooth bottomland of the inner rotor tooth profile, the inner rotor tooth profile is rotated by half a tooth about the center of the inner rotor and the outer rotor tooth profile is also rotated by half a tooth of the predetermined number (N plus a natural number equal to or larger than 2) of teeth about a virtual center of the outer rotor including the row circles, an established center is determined from the virtual center or the like at the time at which the contact state is assumed, a reference circle is drawn that has a radius from the established center to the row circles and that has the total predetermined number (N plus a natural number equal to or larger than 2) of the equidistantly spaced row circles to form the row circles as outer rotor tooth tips, thereby manufacturing the outer rotor tooth profile.
    • 本发明能够制造具有新月形的次摆线泵,其通过使用次摆线泵的内转子在理论上是不可能的。 预先形成具有等于或大于4的预定数量N个齿的内转子。 为了制造具有预定数量(N加上等于或大于2的自然数)的齿的外转子,设置与拉圆相同的行圆,以使行圆与齿接触 内转子齿廓的底部,内转子齿廓围绕内转子的中心旋转半个齿,外转子齿廓也旋转预定数量的半齿(N加自然数相等 大于2)的齿围绕包括行圆的外转子的虚拟中心,在假定接触状态时从虚拟中心等确定建立的中心,绘制参考圆, 具有从建立的中心到行圆的半径,并且具有等距间隔行圆的总预定数(N加上等于或大于2的自然数),以形成行圆作为外腐蚀 或齿尖,从而制造外转子齿廓。
    • 7. 发明授权
    • Method for manufacturing trochoid pump and trochoid pump obtained
    • 获得的摆线泵和次摆线泵的制造方法
    • US07967585B2
    • 2011-06-28
    • US12216954
    • 2008-07-14
    • Kenichi FujikiMasaru AmanoKeiichi KaiTakatoshi Watanabe
    • Kenichi FujikiMasaru AmanoKeiichi KaiTakatoshi Watanabe
    • F01C1/10F04C2/10F04C18/10
    • F04C2/101F04C2/084Y10T29/49236
    • The present invention enables the manufacture of a trochoid pump having a crescent which has been considered theoretically impossible by employing an inner rotor of a trochoid pump. An inner rotor having a predetermined number N of teeth that is equal to or larger than 4 is formed in advance. In order to manufacture an outer rotor with a predetermined number (N plus a natural number equal to or larger than 2) of teeth, row circles that are identical to a drawn circle are disposed so as to bring the row circles into contact with the tooth bottomland of the inner rotor tooth profile, the inner rotor tooth profile is rotated by half a tooth about the center of the inner rotor and the outer rotor tooth profile is also rotated by half a tooth of the predetermined number (N plus a natural number equal to or larger than 2) of teeth about a virtual center of the outer rotor including the row circles, an established center is determined from the virtual center or the like at the time at which the contact state is assumed, a reference circle is drawn that has a radius from the established center to the row circles and that has the total predetermined number (N plus a natural number equal to or larger than 2) of the equidistantly spaced row circles to form the row circles as outer rotor tooth tips, thereby manufacturing the outer rotor tooth profile.
    • 本发明能够制造具有新月形的次摆线泵,其通过使用次摆线泵的内转子在理论上是不可能的。 预先形成具有等于或大于4的预定数量N个齿的内转子。 为了制造具有预定数量(N加上等于或大于2的自然数)的齿的外转子,设置与拉圆相同的行圆,以使行圆与齿接触 内转子齿廓的底部,内转子齿廓围绕内转子的中心旋转半个齿,外转子齿廓也旋转预定数量的半齿(N加自然数相等 大于2)的齿围绕包括行圆的外转子的虚拟中心,在假定接触状态时从虚拟中心等确定建立的中心,绘制参考圆, 具有从建立的中心到行圆的半径,并且具有等距间隔行圆的总预定数(N加上等于或大于2的自然数),以形成行圆作为外腐蚀 或齿尖,从而制造外转子齿廓。